Datasets:

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q-future

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VQA-stage3

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Q-Future 25

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 148 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the camera shake occur at specific points in the video, or is it present throughout the entire duration?" }, { "from": "gpt", "value": "The camera shake is present throughout the entire duration of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the image stability throughout the video? " }, { "from": "gpt", "value": "The image is stable and flicker-free." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video sharpness is low, with noise present. There is a noticeable overexposure in white clothing, and the overall exposure is dark. There is a problem with single color richness, and significant camera movement severely affects the viewing experience. Hence, the quality of this video isfair" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 292 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video playback has high sharpness throughout, with rich and vivid colors, and the light is relatively uniform and moderate. However, there is a persistent high-frequency, small-amplitude flicker in the audio, which to some extent affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 180 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Are the details of the water flow clearly visible? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 320 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback stability maintained throughout the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 304 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Are there any visible compression artifacts in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 372 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have any blurring that affects the viewing experience? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video is consistently fluent overall, with good camera trajectory and natural colors, but the overall image is slightly blurry, with noticeable compression blur.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video exhibit prolonged flicker at any point during its playback, and if so, how frequently does it occur? " }, { "from": "gpt", "value": "Yes, the video exhibits prolonged flicker, and it occurs throughout the entire duration of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the background treated in the video composition? " }, { "from": "gpt", "value": "The background is blurred to highlight the characters." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video has some compression artifacts, with colored stripes at the bottom.Hence, the quality of this video is poor." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What adjustments could be made to re-shoot the video to achieve a more accurate exposure of the sky? " }, { "from": "gpt", "value": "Adjusting the camera settings to include a lower exposure or using a neutral density filter can help achieve a more accurate sky exposure and prevent overexposure." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the image of the child sharp throughout the playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 196 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video's overall color is vivid and bright, and the movements of the people in the video are smooth, with hardly any motion blur. However, there is a slight flicker throughout the video.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 204 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: How does the lighting appear in the overall ambiance of the video?" }, { "from": "gpt", "value": "The lighting appears dim, with a warm tone." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What adjustments could be made to re-shoot the video to achieve higher quality lighting? " }, { "from": "gpt", "value": "Increasing the ambient light in the shooting environment, possibly by introducing additional artificial lighting sources or shooting at a time of day with better natural light, would enhance the overall lighting quality." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The colors throughout the video are quite natural, with sufficient light, but the sharpness is fair, with a small degree of compression artifact. There is minor shaking of the camera throughout, resulting in motion blur, and the overall fluency of the video is fair, with noticeable frame drops visible to the naked eye.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 144 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively improve the clarity of people in the video and address any color distortion issues? " }, { "from": "gpt", "value": "To improve the clarity of people in the video, applying a sharpening filter can help enhance detail and make subjects more distinguishable. For addressing color distortion stripes on distant steps, color correction techniques such as adjusting the color balance and using color grading tools to neutralize the distorted colors would be beneficial." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 5.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 5 images:\n <image>. In addition, you will also obtain motion features extracted from all 148 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any change in the color vibrancy throughout the video? " }, { "from": "gpt", "value": "No, the colors remain vibrant throughout the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: In what areas of the image is the overexposure noticeable due to flickering light? " }, { "from": "gpt", "value": "In some areas of the image, overexposure is noticeable due to flickering light." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 132 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video has severe compression artifact and localized noise.Hence, the quality of this video is poor." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 164 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What specific post-processing techniques could be applied to enhance the clarity and balance the exposure in this video while addressing low resolution and compression artifacts? " }, { "from": "gpt", "value": "To enhance the clarity and address compression artifacts, video super-resolution techniques can be employed to upscale the resolution and reduce compression effects. Additionally, exposure correction algorithms can be used to balance the light and dark areas, reducing the impact of overexposure." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 256 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the level of noise in the video? " }, { "from": "gpt", "value": "There is almost no noise in the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 168 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the camera movement throughout the video smooth? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 188 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing method could be applied to improve the sharpness of the video and reduce the ringing effect caused by compression artifacts? " }, { "from": "gpt", "value": "Applying edge enhancement techniques can improve the sharpness, and using a de-ringing filter can help reduce the ringing effect caused by compression artifacts." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video plays smoothly without any stuttering, but the camera has a slight flicker. The image sharpness is fair, with noticeable block effects around the edges of the animals.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 156 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you rate the sharpness of the video?" }, { "from": "gpt", "value": "The sharpness is relatively low." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does flickering occur at any specific point in the video?" }, { "from": "gpt", "value": "Flickering is hardly noticeable throughout the entire duration of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 296 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have motion blur?" }, { "from": "gpt", "value": "There is slight motion blur in the hand movements of the person in the video." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:A ballroom with dancers in sparkling attire, under a crystal chandelier that casts bright reflections This video is 2.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 2 images:\n <image>. In addition, you will also obtain motion features extracted from all 16 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: True or False: The chandelier in the video casts bright reflections on the ballroom floor." }, { "from": "gpt", "value": "False." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 292 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "Throughout the video playback, the image exhibits compression artifact, resulting in a blur. The facial details of the characters are lost and are barely recognizable.Hence, the quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "This video has high sharpness, the camera trajectory is stable and fluent without any flicker, the brightness of the video during playback is moderate and the light is natural.Hence, the quality of this video is high." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the color quality in the video? " }, { "from": "gpt", "value": "The colors are natural.;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: What issue occurs with the hair of the white-haired character in the video? Please describe the effect seen." }, { "from": "gpt", "value": "The hair of the white-haired character appears overexposed in the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 56 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the video’s rendering of facial sharpness?" }, { "from": "gpt", "value": "Very poor, unable to see details such as hair clearly, and the sharpness is low, quite a blur." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 96 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video's resolution is extremely low, and there is quite severe compression blur and distortion as well as rather noticeable flicker, significantly affecting the viewing experience.Hence, the quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the video sharpness?" }, { "from": "gpt", "value": "The sharpness of the video throughout is somewhat lacking, and there is a slight mosaic effect when watching." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there significant flicker present in the first half of the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does smooth transitioning occur throughout the entire duration of the video, or is it limited to specific sections?" }, { "from": "gpt", "value": "Smooth transitioning occurs throughout the entire duration of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the sharpness of the video high throughout playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be applied to enhance the quality of a video suffering from blurriness due to compression artifact and motion distortion? " }, { "from": "gpt", "value": "Video super-resolution techniques can be employed to minimize blurriness caused by compression artifacts. Additionally, motion-compensated frame interpolation can help reduce motion blur and ghosting effects in the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What is the sharpness of the people in the video?" }, { "from": "gpt", "value": "When the shot is in close-up on the speaker, the speaker is slightly blurred. However, when the shot is in full view, the figures in the frame are all relatively blurred." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 308 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback smooth and coherent?" }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback smooth? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 204 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: Which aspect of the video negatively impacts the sharpness and viewing experience, and specifically what object is affected by this?" }, { "from": "gpt", "value": "The sharpness and viewing experience are negatively impacted by the poor sharpness and severe loss of edge details of the birds in the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the high sharpness maintain consistency throughout the entire video? " }, { "from": "gpt", "value": "Yes, the high sharpness is maintained throughout the entire video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 5.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 5 images:\n <image>. In addition, you will also obtain motion features extracted from all 124 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have a wide range of colors? A. Yes B. No " }, { "from": "gpt", "value": "B. No." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the motion blur in the video? " }, { "from": "gpt", "value": "The motion blur is noticeable, contributing to a very poor viewing experience." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 152 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there noticeable flicker in the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No.;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 148 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Can the details in the background be clearly seen? " }, { "from": "gpt", "value": "No, the background display details cannot be clearly seen." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 96 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 96 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Which aspect of the video quality is relatively low, affecting the viewing experience? A. Smoothness B. Flicker C. Sharpness D. Color balance " }, { "from": "gpt", "value": "C. Sharpness" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 268 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video playback is smooth, with fair sharpness, but there is a slight flicker, and the overall light is relatively low, which somewhat affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 220 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any flicker present in the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 196 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How often does compression blur occur in the video? " }, { "from": "gpt", "value": "Compression blur occurs throughout the entire duration of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video is stable without flicker, and the video sharpness is fair. There is some loss of detail in the images, which to some extent affects the user experience.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the color appearance in the video? " }, { "from": "gpt", "value": "The color appears natural and pleasing." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video plays fluently, with no flicker, and has high sharpness. However, there is slight motion blur and overexposure, which to some extent affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 168 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the compression blur occur throughout the entire duration of the video playback?" }, { "from": "gpt", "value": "Yes, the compression blur occurs throughout the entire duration of the video playback." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Why does the video appear clear and free of noise or compression issues? " }, { "from": "gpt", "value": "The video likely benefits from high-quality capture settings or equipment that maintain sharpness and minimize noise and compression artifacts." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video playback is smooth, and the colors are vivid, but the overall sharpness is poor, and the brightness is rather dim, making it difficult to discern details of the equipment and coffee.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 324 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 388 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is fair." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to enhance the resolution and improve the sharpness of this video? " }, { "from": "gpt", "value": "A video upscaling technique, such as video super-resolution, could be applied to improve the resolution and enhance the sharpness, thereby improving the viewing experience." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you rate the exposure at the window area in this video? A. Normal B. Slightly overexposed C. Underexposed D. Perfectly balanced" }, { "from": "gpt", "value": "B. Slightly overexposed" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the effect of the background's appearance on the viewing experience? A. Greatly enhances it B. Has no impact C. Slightly affects it D. Severely affects it " }, { "from": "gpt", "value": "C. Slightly affects it." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there an issue with overexposure in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively enhance the quality of this video by addressing issues like exposure, flicker, and sharpness? " }, { "from": "gpt", "value": "To improve the quality of the video, exposure adjustment techniques could be applied to correct the overexposure in certain areas. De-flicker operations can be used to minimize the slight flicker effect observed, and video sharpening filters or video super-resolution techniques can be employed to enhance the overall sharpness." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 280 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the saturation level of the video? A. High B. Medium C. Low " }, { "from": "gpt", "value": "C. Low." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 284 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video playback maintains a high level of sharpness throughout, with an even and natural distribution of light and moderate brightness. However, in the first half of the video, there is a continuous and significant flicker, which to some extent affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 384 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What specific strategy could be implemented to re-shoot the video and enhance the clarity of the background to improve the overall viewing experience?" }, { "from": "gpt", "value": "To enhance background clarity in the re-shot version of the video, ensuring appropriate focus settings are used is essential. Additionally, utilizing a higher-quality camera and shooting with greater depth of field can maintain sharpness in both the foreground and background. Also, shooting in a well-lit environment can help achieve better overall clarity." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video plays fluently with fair sharpness, but there is overexposure, and at the end of the video playback, there is a noticeable flicker, which affects the viewing experience to some extent.Hence, the quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the transitions in the video? " }, { "from": "gpt", "value": "The transitions are quite blurred." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively enhance the video's clarity and improve the viewer's experience given its blurred appearance and lack of sharpness? " }, { "from": "gpt", "value": "Techniques such as video deblurring algorithms and video enhancement software that focus on increasing sharpness could be used to mitigate the blur effects and significantly improve the viewing quality of the video." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What strategies could be employed to re-shoot the video to achieve a clearer image with better brightness and contrast, while minimizing flicker?" }, { "from": "gpt", "value": "To achieve clearer images with improved brightness and contrast, the video could be re-shot in a well-lit environment, possibly using additional lighting sources to enhance overall illumination. It would also be beneficial to use a camera with better exposure settings or manually adjusting the camera's exposure settings to optimize contrast. Ensuring a stable shooting setup, such as using a tripod, can help reduce flicker caused by camera instability." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 328 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video plays fluently without any stuttering throughout, with a stable image and no flicker. The light is moderate, and the color is slightly yellowish but does not affect the viewing experience. The drawback is the relatively low resolution, leading to low sharpness. Hence, the quality of this video isgood" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 168 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How can the transitions between scenes in a video be improved during the editing process to enhance overall quality? " }, { "from": "gpt", "value": "Better transitions between scenes can be achieved by using seamless transitions such as crossfades, cuts that match the action or motion, or utilizing transition effects that suit the narrative style in the editing software. Additionally, ensuring consistent color grading and audio leveling can help make the scene transitions feel more connected and natural." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: At what point in the video does the light of the sky become higher? " }, { "from": "gpt", "value": "The light of the sky becomes higher at the sixth second." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? " }, { "from": "gpt", "value": "The video is very blurry." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have an issue with brightness levels? " }, { "from": "gpt", "value": "Yes, the video brightness is high, leading to overexposure." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is high." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Was the video fluent during playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 168 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 276 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you evaluate the overall quality of this video?" }, { "from": "gpt", "value": "The overall quality of this video is good." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 188 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "The video's resolution is moderate throughout, relatively sharp, fluency is smooth without stuttering, the image is stable without flicker, but the light is too low, and the tone is biased towards blue. Hence, the quality of this video isgood" } ]